Spatial Inputs
Load suitability and anthropogenic layers with strict validation checks for reproducible landscape setup.
Ecological Reintroduction Stability Engine. This page now includes a live embedded Streamlit runtime for full local functionality, with static fallback instructions if the local server is offline.
This embed points to your local Streamlit app at http://127.0.0.1:8501. If the console does not load, run the startup command shown below.
Start ERSE locally, then refresh this page to use the full tool in-place.
Open Localhost DirectThe interface is split into clean computational surfaces so each phase of the ERSE workflow stays legible rather than hidden behind a single score.
Load suitability and anthropogenic layers with strict validation checks for reproducible landscape setup.
Run ODE-only, ODE+shock, or full hybrid mode with ABM coupling and controlled stochastic processes.
Extract collapse risk, recovery behavior, identifiability, and sensitivity diagnostics for planning.
This workspace is framed as an analysis console, not a narrative microsite. The language and layout stay sparse so the model assumptions remain the center of attention.
Input bundles, starter configs, and package endpoints for Carolina parakeet runs will be published with the public ERSE release.
ERSE, the Ecological Reintroduction Stability Engine, is a scientific decision-support workspace for reintroduction planning under uncertainty. It integrates habitat suitability layers, anthropogenic pressure signals, and demographic dynamics to test scenario outcomes before field deployment. The upcoming release will support reproducible run configurations, uncertainty and sensitivity analysis, risk scoring across release sites, and transparent reporting pipelines designed for technical review, conservation planning, and cross-team validation.
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